Bentley Seequent Volsung v2.3.20250113
Use Volsung to optimize your geothermal asset management!
Understand geothermal systems from millidarcy reservoir rock permeability to megawatts of geothermal power generation with integrated reservoir, well, and surface modeling capabilities.
Join us as we shape the future of geothermal energy. Volsung offers an integrated solution for comprehensive geothermal modeling and simulation, from subsurface to surface. Introducing Volsung, Seequent's advanced geothermal simulation software. Deliver unprecedented levels of clarity, ensure optimal system performance, and make data-driven decisions with confidence.
Volsung offers integration of reservoir, well and surface systems modeling tools, as well as advanced capabilities such as microgravimetry and subsidence prediction, marker material modeling, Monte Carlo analysis and cloud computing.
3D Reservoir Visualization and Control
Brynhild is a graphical interface used to design and run geothermal reservoir simulations, with advanced 3D visualization functionality for interpreting model results. Key benefits include clear visualization for collaborative model development, simplified conceptual to numerical modeling workflows, runtime control, gridless setup, TOUGH2 model import, and Leapfrog Energy compatibility.
Reservoir Simulation
At the heart of Volsung is a powerful reservoir simulation engine that outperforms standard simulation tools in performance testing. Volsung uses material and heat balance equations to recreate how fluids flow through rocks. Through innovative use of GPU technology, the software reduces model development time and offers faster simulations, both locally and in the cloud.
Gudrun: Well Modeling
With visualization capabilities and built on sound physics, Gudrun enables well model creation in less time and provides more valuable insight into well performance.
Automated Model Calibration Tools
These tools provide automated calibration and uncertainty analysis. They easily integrate field calibration data into the pipeline and support offline modeling on cloud computing systems, simplifying the modeling process.
Piping Simulation
Volsung is built on the same fundamental principles as the well modeling engine and offers the ability to model pressure drop and heat loss in pipelines in detail.
Numerical Build-up Curve Analysis
Volsung includes a numerical build-up curve analysis tool based on the theoretical principles outlined in McLean’s 2020 paper. With the use of the radial model, this product offers features such as standard pressure derivative graphs, different types of boundaries, tests in different modes and many others.
Thermodynamic table
The thermodynamic table is a compact yet powerful tool that helps users in the study of the thermophysical properties of working fluids. Given the compatibility with all integrated Volsung water vapor tables, it helps in the calculation of phase transitions, and the use of Python modules allows for automation of these processes.
File Size: 459 MB
Download
*
Use Volsung to optimize your geothermal asset management!
Understand geothermal systems from millidarcy reservoir rock permeability to megawatts of geothermal power generation with integrated reservoir, well, and surface modeling capabilities.
Join us as we shape the future of geothermal energy. Volsung offers an integrated solution for comprehensive geothermal modeling and simulation, from subsurface to surface. Introducing Volsung, Seequent's advanced geothermal simulation software. Deliver unprecedented levels of clarity, ensure optimal system performance, and make data-driven decisions with confidence.
Volsung offers integration of reservoir, well and surface systems modeling tools, as well as advanced capabilities such as microgravimetry and subsidence prediction, marker material modeling, Monte Carlo analysis and cloud computing.
3D Reservoir Visualization and Control
Brynhild is a graphical interface used to design and run geothermal reservoir simulations, with advanced 3D visualization functionality for interpreting model results. Key benefits include clear visualization for collaborative model development, simplified conceptual to numerical modeling workflows, runtime control, gridless setup, TOUGH2 model import, and Leapfrog Energy compatibility.
Reservoir Simulation
At the heart of Volsung is a powerful reservoir simulation engine that outperforms standard simulation tools in performance testing. Volsung uses material and heat balance equations to recreate how fluids flow through rocks. Through innovative use of GPU technology, the software reduces model development time and offers faster simulations, both locally and in the cloud.
Gudrun: Well Modeling
With visualization capabilities and built on sound physics, Gudrun enables well model creation in less time and provides more valuable insight into well performance.
Automated Model Calibration Tools
These tools provide automated calibration and uncertainty analysis. They easily integrate field calibration data into the pipeline and support offline modeling on cloud computing systems, simplifying the modeling process.
Piping Simulation
Volsung is built on the same fundamental principles as the well modeling engine and offers the ability to model pressure drop and heat loss in pipelines in detail.
Numerical Build-up Curve Analysis
Volsung includes a numerical build-up curve analysis tool based on the theoretical principles outlined in McLean’s 2020 paper. With the use of the radial model, this product offers features such as standard pressure derivative graphs, different types of boundaries, tests in different modes and many others.
Thermodynamic table
The thermodynamic table is a compact yet powerful tool that helps users in the study of the thermophysical properties of working fluids. Given the compatibility with all integrated Volsung water vapor tables, it helps in the calculation of phase transitions, and the use of Python modules allows for automation of these processes.
File Size: 459 MB
Download
*